#2s2
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mageofmists-random-blog · 2 years ago
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An awesome Sims 2 mod I found here that adds markings to the sims 2 puppies and kittens. In 2, they are normally born plain with the base coat colour showing. This mod enables the patterns to show!
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Puppies and kittens with patterns you say? Indeed! It turns out that coat patterns can be enabled for the tiny ages, so I jumped right on it and threw together a new download to share with all of you. And let me tell you, they are so cute! I absolutely adored having kittens and puppies run around with markings on them, and it even had the added bonus of making each one more easily distinguishable from their siblings. As with most all pet mods I’ve had experience with, this will only affect pets that haven’t yet been born in game. No magically appearing markings, sorry guys. Even so, just imagine the possibilities!
I hope you guys will have as much fun with this cuteness as I am!
~DOWNLOAD~
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tiredguyswag · 1 year ago
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chemistry is so stupid. wdym you're 1s2 2s2 2p6 3s2 3p6 3d10 4s2
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deadscientistssociety · 9 months ago
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Hiiiii
Today I worked on quantum numbers and that was an amazing!🤩
Basically they are useful cause they help with getting an idea of the presence probability of en electron in an area!!! There are four quantum numbers n; l; m; s
Those four numbers describe a zone where an electron may be in an exact moment. 🤓
As an exemple: if you wanna send a letter you’ll put the location getting more precise little by little, Name the country, the city, the street, and finally the number.
It’s the same!!! n means the country (in that case the layer), L means the city ( in that case the underlayer), m means the street (in that case he’s called the magnetic number) and s means the number (in that case the spin)
⚠️Things to know : two electrons can not have the exact same address, that’s the Pauli exclusion principle⚠️
For exemple: for the oxygen which atomic number is 8 we’ve got that electronic location: 1s2, 2s2, 2p4.
Don’t forget it’s all about probability, those numbers describe a zone where the electron may be. That was really short and brief so if you like this topic you should explore this subject with more details!
Don’t forget I’m just a nerd student in first year of chemistry studies, not a teacher nor a professional, I just wanna show my passion and find out other science lovers!
If you have anything to add or if I did any error about chemistry or English feel free to tell it comments I’d love to read that!
Byyy pookies
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carriesthewind · 2 years ago
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Everyone is focusing on 2S2S right now, which is understandable, but when I read the very first-ever post on it you started with something like "oof. So you guys know I like to laugh at bad case law as much as the next person...." So I'm curious, what are some of your faves that AREN'T the 2S2S case?
Hello! My apologies for the very late response.
I don't know if I have favs, really, at least not that I can think of off the top of my head - I am to a large extent at the whims of my hyperfixations. And while I like to laugh at bad legal arguments, often dumpster fires that both end up in court and are interesting and unusual enough to catch my attention involve too many real world harms to be entertaining. (E.g., as a small and pedantic sidenote - "case law" is the legal term for laws that are made through precedential decisions in cases. So "bad case law" can (and usually does) include bad legal arguments, but it's less 2S2S nonsense and more...Dobbs. Which doesn't make me want to laugh so much as it makes me want to [REDACTED].)
With that said, Sovereign Citizen nonsense is often quite funny (as long as you avoid the parts where people are/become white nationalists/other terrorists and/or ignorant people are conned into putting themselves in situations that massively increase their risk of being subject to police brutality.) If you don't know what Sovereign Citizens are, the Southern Poverty Law Center has a file on them; this video is also quite good (and funny); and I haven't had time to read the Mead decision cited in the video, which I hadn't seen before, but I have it bookmarked because it looks fun and interesting.
Speaking of youtube videos, I don't know if I will ever see anything funnier than someone stating, in a DMCA takedown notice, "the poster significantly transformed my original work".
If you are up for something involving more real world harms, I really enjoy Knowledge Fight's Formulaic Objections series, where they go through the depositions of Alex Jones et. al. in the cases filed against him by the Sandy Hook families (which one very funny digression into a deposition of Roger Stone). Dan and Jordan do a great job of making it funny while treating the actual tragedy and experiences of the families with the seriousness it deserves. And all of the corporate rep depositions are just...magical.
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statistical-distr-of-polls · 11 months ago
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in love
Also tell me why
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elizarivers · 6 months ago
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praseodymium
1s2 2s2 2p6 3s2 3p6 4s2 3d10 4p6 4d10 5s2 5p6 4f3 5d0 6s2
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lordstormageddidnt · 9 months ago
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all the mutuals are talking about tsats 2: 2s2s meanwhile i still havent read tsats 1
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shadowspirez · 1 year ago
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if you had to be a chemical element, i say you'd be cobalt (Co, atomic number 27). it's a burnt silver metal, blue in high temperatures. i think it fits you most. ;3
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electron configuration is 1s2 2s2 2p6 3s2 3p6 4s2 3d7
WOOOOOOO COBALT YEAHHHH
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kongafitnesscan · 2 years ago
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wings-ofa-crow · 2 years ago
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my friend thinks i'm weird for thinking stick figures are hot, my friend has no culture 😤
hhfrioygfy8vt7fnvrffvrvenkefv 2s2 -my friend after reading this
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sevaschance2liv · 13 days ago
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🎈NKS올무-2S2..난간형올스텐무소음 카트 2단특대-양손, (옵션1)나.브레이크장치추가-4개1세트🎈
🎉 상품정보가기 🎯요기요기클릭
🪅 포스팅되는 모든 글은 쿠팡파트너스의 제휴활동 일환으로 일정액의 수수료를 제공받습니다.
🎁가���상풍비교와 수많은 후기를 참조해주세요🎆
🖼️쪽지 DM 은 확을 하지 못합니다. SORRY~!
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aaastudyblog · 8 months ago
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Topic 2 - Atomic Structure
Aufbau principle: subshells & orbitals filled from lowest to highest E
Pauli exclusion: 1 orbital = max 2 e-. different spin
Hund's rule: every orbital filled with 1 e- of parallel spin 1st
Cr: 1s2 2s2 2p6 3s2 3p6 4s1 3d5
Cu: 1s2 2s2 2p6 3s2 3p6 4s1 3d10
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Self-Assembling Photonic Crystals?
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Various materials have dominated different human history periods. Some of them are even named by them: the Stone Age, Bronze Age, Iron Age… For example, in 5000 BC chisels made of copper (bronze is an alloy consisting primarily of copper) enabled the construction of Egyptian pyramids and sparked the growth of 1st great civilizations. From this perspective, the last century could be referred to as the Silicon Age. The “king” of this period, the silicon atom, is dressed with the electron cloud described by 1s2 2s2 2p6 3s2 3p2. Among these electrons, the outer four valence electrons, located at the 3s and 3p-orbital, are the most important for its “social” activities. These valence electrons can form a tetrahedral lattice crystal unit (Figure 1) characterized by a specific electronic band gap structure, displaying semiconducting electric behavior. This property is extremely useful, and due to its electronic semiconductors are at the heart of classical computers. The microelectronic revolution of the 20th century is based on sensitive control of electric currents in semiconductors, enabled by their band gap structure. The switching of logic functions relies on the number of electrons and holes below and above the band gap separating the valence and conducting band. Here the electronic band gap corresponds to a forbidden zone of energies that electrons cannot occupy. Among various semiconducting material, doped silicon is most commonly used. In addition to the band gap property, its main advantages with respect to competing materials were its natural abundance, optical transparency, and widespread use. In the 1980s first artificial photonic crystals appeared [1,2]. Crystal structures enabling sensitive manipulation of light beams have been demonstrated. Prototype photonic materials displayed periodic structures on a micrometer scale and possessed a photonic band gap. The latter is characterized by a window of optical wavelengths that cannot propagate through the otherwise optically transparent material. For example, the 1st photonic crystal was made by drilling a closely spaced array of sub micrometer sized cylindrical holes. These holes play a similar role as atoms in semiconductors. The band gap structure depends on the crystal symmetry and geometric parameters determining the crystal lattice. The parameters are tailored to yield the band gap in the visible wavelength regime. Again, as in the case of electric semiconductors, the tetrahedral geometry enabled desired properties, suggesting that this structure is outstanding for making a photonic band gap material. The general aim is to reproduce in photonic crystals analogous phenomena seen in electronic semiconductors. They should function as “semiconductors for light”. The key to this in the band gap structure, which is dictated by geometry. Note that the behavior of i) electrons and ii) light beams in i) electronic semiconductors and ii) photonic materials is governed by different basic equations: i) Schrodinger equation and ii) Maxwell equations, respectively.
Read more about this article: https://crimsonpublishers.com/amms/fulltext/AMMS.000620.php
Read more about our journal: https://crimsonpublishers.com/amms/
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bejustsimple · 1 year ago
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What Makes Math Brain Teasers So Addictive?
Math brain teasers are a captivating way to engage your mind, exercise your problem-solving skills, and experience the satisfaction of finding solutions to challenging puzzles. They draw us in with their combination of logic, strategy, and creativity, providing a sense of accomplishment when solved. In this article, we will explore the addictive nature of math brain teasers and discuss essential summer camping gear that will enhance your outdoor adventures.
The Allure of Problem-Solving
Buy Camping Stuff
Brain Teaser Example: A farmer needs to transport a wolf, a goat, and a cabbage across a river, but he can only carry one at a time in his boat. He cannot leave the wolf alone with the goat or the goat alone with the cabbage. How can he safely transport all three across the river?
Answer:
The farmer takes the goat across the river first and leaves it on the other side.
He returns and takes the wolf across the river.
He leaves the wolf on the other side and takes the goat back across the river.
He leaves the goat on the original side and takes the cabbage across the river.
Finally, he returns to take the goat across the river.
This puzzle-solving process challenges our ability to navigate complex scenarios and provides a sense of accomplishment when we find the solution.
Cognitive Challenge and Stimulation
Math brain teasers offer cognitive stimulation by engaging different parts of our brain, including logical reasoning, pattern recognition, and creativity. They challenge us to think outside the box and approach problems from new perspectives.
Brain Teaser Example: What is the next number in the following sequence? 1, 1, 2, 3, 5, 8, ?
Answer: This sequence is the Fibonacci sequence, where each number is the sum of the two preceding numbers: 1, 1, 2 (1 + 1), 3 (1 + 2), 5 (2 + 3), 8 (3 + 5). Therefore, the next number is 13 (5 + 8).
Social and Competitive Aspects
Sharing math brain teasers with friends or family can create a sense of community and friendly competition. Collaborating on puzzles or competing to see who can solve them first adds an element of social interaction and enjoyment.
Brain Teaser Example: You have 12 coins, and one of them is lighter than the rest. You have a balance scale and can make three weighings. How can you identify the lighter coin?
Answer:
Divide the 12 coins into three groups of four.
Weigh two groups against each other. If they balance, the lighter coin is in the third group. If not, it is in the lighter group.
Take the group with the lighter coin and divide it into two groups of two.
Weigh the two groups against each other. If they balance, the lighter coin is the remaining one.
If not, it will be the lighter group.
This type of puzzle can be a fun challenge when working with others and creates opportunities for discussion and collaboration.
Sense of Accomplishment
The satisfaction of solving a math brain teaser provides a sense of accomplishment and boosts our confidence. Overcoming a challenging puzzle can be a rewarding experience that keeps us coming back for more.
Brain Teaser Example: A square has a diagonal of length 10 units. What is the area of the square?
Answer: The formula for the diagonal of a square is: 𝑑2=𝑠2+𝑠2=2𝑠2d2=s2+s2=2s2 Given the diagonal length is 10 units, we solve for 𝑠2s2: 𝑑2=102=100d2=102=100 2𝑠2=1002s2=100 𝑠2=50s2=50 Therefore, the area of the square is 𝑠2=50s2=50 square units.
Essential Summer Camping Gear
Preparing for a summer camping trip involves packing essential gear that will make your experience comfortable and enjoyable. Here are some key items to consider:
Tent: A durable, weather-resistant tent provides shelter and comfort.
Sleeping Bag: Choose a sleeping bag suitable for the expected temperatures during your trip.
Portable Stove: A compact camping stove allows you to cook meals outdoors.
Cooler: A quality cooler keeps food and drinks fresh and cool.
First Aid Kit: A first aid kit with essential supplies ensures you're prepared for minor injuries.
Insect Repellent: Keep bugs away for a more comfortable camping experience.
Flashlight or Headlamp: These are essential for navigating your campsite at night.
Conclusion
Math brain teasers engage us with their challenging puzzles and rewarding solutions, providing cognitive stimulation and a sense of accomplishment. They can be even more enjoyable when shared with others. As you exercise your mind with math puzzles, consider equipping yourself with essential camping gear to make your summer adventures memorable and comfortable. Enjoy the great outdoors and the mental stimulation of math brain teasers!
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carriesthewind · 2 years ago
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Thanks for your thoughts re: my 2S2S note! Fair point about armchair quarterbacking the Professional Responsibility attorneys—they really had very limited good options. I have to say Minkoff's little "just as AI learns, now we too must learn" closing really bugged me personally, which may have affected my overall impression. (Also, the transcript got pulled off of google drive, unfortunately.) Good luck with the ear infection!
Thank you for the interesting ask! Just to make it clear in case it wasn't from my initial response: I don't disagree with you that their arguments weren't good, and Minkoff's argument in particular seems to have rubbed everyone the wrong way, including me (because yeah, that "just as AI learns" line...ooof). (And if I'm reading the transcript correctly, it rubbed the judge the wrong way too.) The reason I'm being (perhaps overly) cautious in critiquing their work is because so much of my writeups have focused on the bad work of LoDuca et al., and I'm worried about accidentally lumping them in together. Because (possibly) bad strategic decisions are on such a different level from...literally everything LoDuca et al. did. (Also, @leveragehunters found another copy of the transcript!)
And thank you! Antibiotics are a magical thing.
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canadajobbank · 1 year ago
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Hiring now: Food counter attendant
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